CN205902350U - Intertillage fertilizer distributor with former with can lay drip irrigation zone device - Google Patents
Intertillage fertilizer distributor with former with can lay drip irrigation zone device Download PDFInfo
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- CN205902350U CN205902350U CN201620926622.1U CN201620926622U CN205902350U CN 205902350 U CN205902350 U CN 205902350U CN 201620926622 U CN201620926622 U CN 201620926622U CN 205902350 U CN205902350 U CN 205902350U
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- fertilizer
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P60/00—Technologies relating to agriculture, livestock or agroalimentary industries
- Y02P60/14—Measures for saving energy, e.g. in green houses
Abstract
Intertillage fertilizer distributor with former with can lay drip irrigation zone device belongs to agricultural machine technical field. Intertillage fertilizer distributor with former with can lay drip irrigation zone device, it can loosen the soil, fertilization, ridging shaping and can lay multinomial operation such as drip irrigation zone, as required the shaping go out not the ridge of co -altitude and different width, still can satisfy one -tenth ridge culture industry, effectual, the labour saving and time saving of profile modeling after emerging, save the resource. The former is adjusted the seat through two former straining device with two formers and is connected, fixed connection can be dismantled with frame front beam front side middle part to the drive wheel, the drive wheel passes through the fertile through -drive of row of a fertile case in chain drive and two the fertile casees and is connected, connect through cardan drive shaft between the fertile axle of two rows of two fertile casees, a plurality of drip irrigation zone mechanisms can dismantle fixed mounting on the crossbeam of former, be provided with a drip irrigation zone mechanism between every two the adjacent former structures of former. The utility model is suitable for an intertillage fertilizer application operation.
Description
Technical field
This utility model belongs to agricultural machinery technological field, more particularly to a kind of cultivator-fertilizer.
Background technology
At present, during crops Mechanization sowing, cultivator-fertilizer is important field in production estimation mechanization
Between management tool.Now, typically also need to use during drip irrigation zone is routed to by drip irrigation zone laying equipment after cultivator-fertilizer operation
On the ridge face that cultivated fertilizer applicator rises, also need to put into human and material resources again during laying drip irrigation zone, be also required to simultaneously
Devote a tremendous amount of time, cause the waste of resource.
Big ridge molding is the initialization of agricultural seeder, and the big ridge molding device profiling effect of existing cultivator-fertilizer is poor, and
Ridge is high and row spacing fixation is non-adjustable.Additionally, the big ridge molding device of prior art is using before emerging, using meeting to seedling after emerging
Seedling damages.
Utility model content
The deficiency existing for above-mentioned prior art, this utility model provides one kind with molding device and can lay drip irrigation zone
The cultivator-fertilizer of device, it can carry out loosening the soil, apply fertilizer, ridging molding and can lay the multi-mode operations such as drip irrigation zone, can be according to need
Differing heights to be molded and the ridge of different in width, it is good, time saving and energy saving also can to meet the one-tenth ridge culture industry after emerging, profiling effect,
Save resources.
Technical solution adopted in the utility model is: with molding device and the intertillage fertilising that can lay drip irrigation belting
Machine, including frame, two land wheels, two fertilizer box, multiple subsoiling device and multiple ridger；Described two land wheels respectively with machine
The left and right sides of frame front end is detachably connected, and the plurality of subsoiling device is pacified along frame width spaced set and detachably
Be contained on the front beam of frame, the plurality of ridger is detachably connected with the middle cross beam of frame, multiple ridgers with many
Individual subsoiling device all before and after correspond setting, described two fertilizer box are all detachably connected with frame, described with molding device with
Can lay drip irrigation belting cultivator-fertilizer also include molding device, drive, chain-drive mechanism, two molding device adjustment seats,
Two molding device strainers and multiple drip irrigation zone mechanism；The front end of both sides beam of described molding device is removable with the rear end of frame
Unload and be fixedly connected, described two molding device adjustment seats are fixedly mounted on frame rear cross beam at two ends, and described molding device passes through
Two molding device strainers are connected with two molding device adjustment seats, and on front side of described drive and frame front beam, middle part is detachable
It is fixedly connected, described drive is in transmission connection by the fertilizer expelling shaft of chain-drive mechanism and one of two fertilizer box fertilizer box, described
Connected by Cardan shaft between two fertilizer expelling shafts of two fertilizer box, the plurality of drip irrigation zone mechanism is detachably fixed installation
On the crossbeam of molding device, between two often adjacent molding device structural members of described molding device, it is provided with a drip irrigation zone mechanism.
The beneficial effects of the utility model are:
1. drip irrigation zone mechanism of the present utility model can complete to loosen the soil in this utility model, apply fertilizer, after ridging operations for forming,
Directly lay drip irrigation zone on the face of ridge, individually need not lay drip irrigation zone again, time saving and energy saving, save resources.
2. molding device of the present utility model can by change ploughshare piece go out differing heights and different in width using angle forming
Ridge, two molding device strainers and two threaded adjustment bars can be passed through, reach the purpose of profiling, profiling effect is good.
3. molding device of the present utility model is provided with cover plate, and cover plate and molding device structural member, front beam and rear cross beam it
Between be all detachably fixed connection, the use demand on molding ridge before emerging can be met；After emerging, detachable cover plate is got off, to meet
Emerge the use demand on aftershaping ridge, it is to avoid injury rice shoot.
Brief description
Fig. 1: this utility model front view；
Fig. 2: this utility model top view；
Fig. 3: this utility model drip irrigation zone structural representation；
Fig. 4: this utility model chain-drive mechanism structural representation；
Fig. 5: this utility model molding device top view；
Wherein: 1- land wheel；2- frame；3- subsoiling device；4- fertilizer box；5- drive；5-1-v font groove；5-2- strip plate
One；5-3- strip plate two；6- ridger；7- molding device adjustment seat；8- drip irrigation zone mechanism；8-1- drip irrigation belt reel；8-2- drips
Fill belt reel support；8-3- linking arm；8-4- drip irrigation belt supporting frame；8-5- profiling hold-down mechanism；8-6- directive wheel；8-7- drag links
Structure；8-8- fills band contact roller；8-9- plough mechanism；8-10- drip irrigation zone compresses wheel carrier；8-11- drip irrigation zone；9- Chain conveyer machine
Structure；9-1- drive sprocket one；9-2- driven sprocket one；9-3- chain one；9-4- drive sprocket two；9-5- driven sprocket two；9-
6- chain two；9-7- tensioning wheel one；9-8- drive sprocket three；9-9- driven sprocket three；9-10- chain three；9-11- tensioning wheel
Two；10- traction frame；11- molding device strainer；12- molding device；12-1- molding device structural member；12-2- beam；12-5- covers
Plate；12-6- installing rack；12-8- left ploughshare piece；12-9- right ploughshare piece；12-10- front beam；12-11- rear cross beam；12-13- screw thread is adjusted
Whole bar；12-15- connecting plate.
Specific embodiment
As shown in Figure 1 to 4, with molding device and the cultivator-fertilizer that drip irrigation belting can be laid, including frame 2, two
Individual 1, two fertilizer box 4 of land wheel, multiple subsoiling device 3 and multiple ridger 6；Described two land wheels 1 respectively with frame 2 front end
The left and right sides is detachably connected, and the plurality of subsoiling device 3 along frame 2 width spaced set and is removably mounted at machine
On the front beam of frame 2, the plurality of ridger 6 is detachably connected with the middle cross beam of frame 2, multiple ridgers 6 with multiple
Subsoiling device 3 all before and after correspond setting, described two fertilizer box 4 are all detachably connected with frame 2, described with molding device with
The cultivator-fertilizer that drip irrigation belting can be laid also includes molding device 12, drive 5,9, two molding devices regulations of chain-drive mechanism
7, two molding device strainers 11 of seat and multiple drip irrigation zone mechanism 8；The front end of both sides beam 12-2 of described molding device 12 with
The rear end of frame 2 is detachably fixed connection, and described two molding device adjustment seats 7 are fixedly mounted on frame 2 rear cross beam near two ends
Place, described molding device 12 is connected with two molding device adjustment seats 7 by two molding device strainers 11, described drive 5 and
On front side of frame 2 front beam, middle part is detachably fixed connection, and described drive 5 passes through in chain-drive mechanism 9 and two fertilizer box 4
The fertilizer expelling shaft of individual fertilizer box 4 is in transmission connection, and is connected by Cardan shaft, institute between two fertilizer expelling shafts of described two fertilizer box 4
State multiple drip irrigation zone mechanisms 8 to be detachably fixed on the crossbeam being arranged on molding device 12, two often adjacent one-tenth of described molding device 12
It is provided with a drip irrigation zone mechanism 8 between type device structural member 12-1.
Each described drip irrigation zone mechanism 8 all includes drip irrigation belt reel 8-1, drip irrigation belt reel support 8-2, linking arm 8-3, drips
Filling belt supporting frame 8-4, profiling hold-down mechanism 8-5, casing mechanism 8-7, filling band contact roller 8-8, plough mechanism 8-9, drip irrigation are with pressure
Bearing up pulley frame 8-10, drip irrigation zone 8-11 and at least one directive wheel 8-6, described drip irrigation belt reel 8-1 is arranged on above molding device 12,
Drip irrigation belt reel 8-1 is rotatably installed on drip irrigation belt reel support 8-2, described drip irrigation belt reel support 8-2 and molding device 12
Rear cross beam 12-1 is detachably fixed connection, and described linking arm 8-3 is arranged on below drip irrigation belt reel 8-1, linking arm 8-3 one end with
The rear cross beam 12-11 of molding device 12 is detachably fixed connection, and the linking arm 8-3 other end is fixedly connected with drip irrigation belt supporting frame 8-4, institute
State drip irrigation belt supporting frame 8-4 to be vertically arranged, described at least one directive wheel 8-6 is rotated with drip irrigation belt supporting frame 8-4 and is connected, described drip irrigation
Band contact roller frame 8-10 front end is detachably fixed with drip irrigation belt supporting frame 8-4 and is connected, and described drip irrigation zone contact roller 8-8 compresses with filling band
Wheel carrier 8-10 rotates and connects, and is connected with profiling compression between described drip irrigation zone compression wheel carrier 8-10 upper end and drip irrigation belt supporting frame 8-4
Mechanism 8-5, described drip irrigation zone 8-11 one end is coiled on drip irrigation belt reel 8-1, and the drip irrigation zone 8-11 other end is from drip irrigation belt supporting frame
Penetrate in 8-4, and be tangential on and be in close contact with drip irrigation zone contact roller 8-8 lower rim after whole described directive wheel 8-6, described cover
Native mechanism 8-7 is arranged on drip irrigation zone compression wheel carrier 8-10 rear end, the front end of casing mechanism 8-7 and drip irrigation zone compression wheel carrier 8-10 hinge
Connect, described plough mechanism 8-9 is detachably fixed and is arranged on drip irrigation belt supporting frame 8-4 lower end.
Described chain-drive mechanism 9 includes one-level chain-drive mechanism, two-stage chain drive mechanism and fertilising chain-drive mechanism, described
One-level chain-drive mechanism includes drive sprocket one 9-1, driven sprocket one 9-2 and chain one 9-3, described two-stage chain drive mechanism bag
Include drive sprocket two 9-4, driven sprocket two 9-5, two 9-6 and two tensioning wheel one 9-7 of chain, described fertilising drive mechanism bag
Include drive sprocket three 9-8, driven sprocket three 9-9, three 9-10 and two tensioning wheel two 9-11 of chain, described drive sprocket one 9-
On the wheel shaft of 1 fixing suit drive 5, described driven sprocket one 9-2 and drive sprocket two 9-4 is coaxially disposed, and with 2 turns of frame
Be dynamically connected, described drive sprocket one 9-1 and driven sprocket one 9-2 is in transmission connection by chain one 9-3, drive sprocket two 9-4 and
Driven sprocket two 9-5 is in transmission connection by chain two 9-6, and described chain two 9-6 is by rotating, with frame 2, two tensionings being connected
Take turns a 9-7 tensioning, described driven sprocket two 9-5 and drive sprocket three 9-8 is coaxially disposed, and two 9-5 and two fertilizer of driven sprocket
One of case 4 fertilizer box 4 rotates and connects, and described driven sprocket three 9-9 is fixedly set in one of two fertilizer box 4 fertilizer box 4
On fertilizer expelling shaft, described drive sprocket three 9-8 and driven sprocket three 9-9 are in transmission connection by chain three 9-10, described chain three 9-
10 by rotating, with one of two fertilizer box 4 fertilizer box 4, the two tensioning wheels two 9-11 tensioning being connected.
The quantity of described subsoiling device 3 is five, and five subsoiling devices 3 are deep soil loosing shovel.
The quantity of described ridger 6 is five, and five ridgers 6 are ridging ploughshare.
Multiple v font grooves 5-1, multiple v font groove 5-1 shapes are along the circumferential direction machined with the outer rim of described drive 5
Shape and size all same, and the two side setting different in size of each v font groove 5-1 are often adjacent on the outer rim of drive 5
It is fixedly connected with strip plate one 5-2, each described strip plate one 5-2 is all along drive axial direction between two v font grooves 5-1
Bending setting, the short side-walls of each v font groove 5-1 are fixedly connected with strip plate two 5-3, and each described strip plate two 5-3 is equal
Bending is simultaneously welded to form t shape gear with corresponding strip plate one 5-2.Its effect is: ensure that drive 5 is easily pricked into soil,
It is unlikely to be absorbed in soil too deep again, improve fertilising precision.
As shown in figure 5, described molding device 12 includes cover plate 12-5, installing rack 12-6, two connecting plate 12-15, two spiral shells
Stricture of vagina adjusting lever 12-13, multiple molding device structural member 12-1 and multiple ploughshare piece, the plurality of ploughshare piece is multiple left ploughshare piece 12-8 respectively
And multiple right ploughshare piece 12-9, described left ploughshare piece 12-8 is identical with the quantity of right ploughshare piece 12-9, the plurality of molding device structural member 12-
1 along installing rack 12-6 width spaced set, the front beam all with installing rack 12-6 for multiple molding device structural member 12-1
12-10 is fixedly connected with rear cross beam 12-11, described cover plate 12-5 and multiple molding device structural member 12-1's and installing rack 12-6
Front beam 12-10 and rear cross beam 12-11 is detachably fixed connection, and the rear cross beam 12-11 of described installing rack 12-6 is near left and right two
End is respectively hinged with the rear end of a molding device strainer 11, posteriorly inclines in the upper end of the end plate of described molding device adjustment seat 7
Tiltedly arrange, the end plate of two molding device adjustment seats 7 is from top to bottom provided with multiple through holes, each molding device strainer 11
Front end passes through one of through hole of molding device adjustment seat 7, and described two molding device adjustment seats 7 are all detachably fixed with frame 2
Connect, the molding device structural member 12-1 ploughshare piece 12-9 right with being located at left side in the plurality of molding device structural member 12-1 is removable
Unload and be fixedly connected, the molding device structural member 12-1 and a left ploughshare piece 12-8 that are located at right side in multiple molding device structural member 12-1 can
Dismounting is fixedly connected, in multiple molding device structural member 12-1 remaining molding device structural member 12-1 respectively with a left ploughshare piece 12-8
Ploughshare piece 12-9 right with one is detachably fixed connection, and each left ploughshare piece 12-8 is symmetrical arranged with adjacent right ploughshare piece 12-9, described
The rear portion of cover plate 12-5 and each ploughshare piece opposite position are provided with one group of connecting hole, the line of centres of connecting hole described in every group
Identical with the incline direction of corresponding ploughshare piece, installing rack 12-6 is each side tiltedly installed with a threaded adjustment bar
12-13, the upper end of each described threaded adjustment bar 12-13 is detachably fixed by the side plate of connecting plate 12-15 and cover plate 12-5
Connect, the lower end of each threaded adjustment bar 12-13 is detachably fixed with described installing rack 12-6 both sides beam 12-2 and is connected.
The quantity of the plurality of molding device structural member 12-1 is preferably five；
The quantity of the plurality of ploughshare piece is preferably eight；
It is detachably fixed in the middle part of frame 2 front beam and traction frame 10 is installed.
Operation principle: this utility model is connected with tractor by traction frame 10, drives this practicality when tractor is walked
New start to move, drive 5 contact starts to rotate behind ground, and drive 5 imparts power to two by chain-drive mechanism 9
The fertilizer expelling shaft of one of fertilizer box 4 fertilizer box 4, fertilizer expelling shaft proceeds by fertilizer work, the row of one of two fertilizer box 4 fertilizer box 4
Fertile axle is worked together by the fertilizer expelling shaft that intermediate connecting mechanism drives another fertilizer box 4, and in the process, subsoiling device 3 enters
Relax in soil soil, reduces resistance for middle ridger 6 below, middle ridger 6 gos deep in soil, substantial amounts of
Surface dust is extruded, and for molding device 12 molding below, wherein molding device adjusting screw 10 can adjust molding device 12 angle, change it
Ridge platform depth.Molding device strainer 11 belongs to feeler mechanism, and it can move up and down with the fluctuating of physical features, all the time tightly
Ground patch on the ground, makes ridge type not be destroyed.Finally flutterred on the ridge table top of molding by 8 drip irrigation zone 8-11 of drip irrigation zone mechanism.
In machine running process, two land wheels 1 are prevented from frame 2, tractor pulling difficulty too deep with the part that buries, convenient operation
Personnel control subsoiling device 3 and the embedded depth of middle ridger 6.
The foregoing is only preferred embodiment of the present utility model, be not limited to this utility model, for this
For the technical staff in field, this utility model can have various modifications and variations.All of the present utility model spirit and principle
Within, any modification, equivalent substitution and improvement made etc., should be included within protection domain of the present utility model.
Claims (7)
1. a kind of with molding device with the cultivator-fertilizer that drip irrigation belting can be laid, including frame (2), two land wheels (1), two
Individual fertilizer box (4), multiple subsoiling device (3) and multiple ridger (6)；Described two land wheels (1) respectively with frame (2) front end
The left and right sides is detachably connected, and the plurality of subsoiling device (3) is installed along frame (2) width spaced set and detachably
On the front beam of frame (2), the plurality of ridger (6) is detachably connected with the middle cross beam of frame (2), multiple ridging dresses
Put (6) and all correspond setting in front and back with multiple subsoiling devices (3), described two fertilizer box (4) are all detachably connected with frame (2)
Connect it is characterised in that: described with molding device and can lay drip irrigation belting cultivator-fertilizer also include molding device (12), pass
Driving wheel (5), chain-drive mechanism (9), two molding device adjustment seats (7), two molding device strainers (11) and multiple drip irrigation zone
Mechanism (8)；The front end of both sides beam (12-2) of described molding device (12) is detachably fixed with the rear end of frame (2) and is connected, institute
State two molding device adjustment seats (7) and be fixedly mounted on frame (2) rear cross beam at two ends, described molding device (12) passes through two
Molding device strainer (11) is connected with two molding device adjustment seats (7), on front side of described drive (5) and frame (2) front beam
Middle part is detachably fixed connection, and described drive (5) passes through chain-drive mechanism (9) and one of two fertilizer box (4) fertilizer box (4)
Fertilizer expelling shaft be in transmission connection, connected by Cardan shaft between two fertilizer expelling shafts of described two fertilizer box (4), the plurality of
Drip irrigation zone mechanism (8) is detachably fixed on the crossbeam being arranged on molding device (12), two often adjacent one-tenth of described molding device (12)
It is provided with a drip irrigation zone mechanism (8) between type device structural member (12-1).
2. according to claim 1 with molding device and the cultivator-fertilizer that drip irrigation belting can be laid it is characterised in that:
Each described drip irrigation zone mechanism (8) all includes drip irrigation belt reel (8-1), drip irrigation belt reel support (8-2), linking arm (8-3), drips
Fill belt supporting frame (8-4), profiling hold-down mechanism (8-5), casing mechanism (8-7), fill band contact roller (8-8), plough mechanism (8-
9), drip irrigation zone compression wheel carrier (8-10), drip irrigation zone (8-11) and at least one directive wheel (8-6), described drip irrigation belt reel (8-1)
It is arranged on above molding device (12), drip irrigation belt reel (8-1) is rotatably installed in drip irrigation belt reel support (8-2), described drip irrigation
Belt reel support (8-2) is detachably fixed with the rear cross beam (12-1) of molding device (12) and is connected, and described linking arm (8-3) is arranged on
Below drip irrigation belt reel (8-1), linking arm (8-3) one end is detachably fixed with the rear cross beam (12-11) of molding device (12) and is connected,
Linking arm (8-3) other end is fixedly connected with drip irrigation belt supporting frame (8-4), and described drip irrigation belt supporting frame (8-4) is vertically arranged, described extremely
A few directive wheel (8-6) is rotated with drip irrigation belt supporting frame (8-4) and is connected, and described drip irrigation zone compresses wheel carrier (8-10) front end and drip irrigation
Belt supporting frame (8-4) is detachably fixed connection, and described drip irrigation zone contact roller (8-8) is connected with filling band contact roller frame (8-10) and rotating,
It is connected with profiling hold-down mechanism (8-5) between described drip irrigation zone compression wheel carrier (8-10) upper end and drip irrigation belt supporting frame (8-4), described
Drip irrigation zone (8-11) one end is coiled on drip irrigation belt reel (8-1), and drip irrigation zone (8-11) other end is from drip irrigation belt supporting frame (8-4)
Penetrate, and be tangential on whole described directive wheels (8-6) and be in close contact with drip irrigation zone contact roller (8-8) lower rim afterwards, described cover
Native mechanism (8-7) is arranged on drip irrigation zone compression wheel carrier (8-10) rear end, and the front end of casing mechanism (8-7) compresses wheel carrier with drip irrigation zone
(8-10) hinged, described plough mechanism (8-9) is detachably fixed and is arranged on drip irrigation belt supporting frame (8-4) lower end.
3. according to claim 1 and 2 with molding device with the cultivator-fertilizer that drip irrigation belting can be laid, its feature exists
In: described chain-drive mechanism (9) inclusion one-level chain-drive mechanism, two-stage chain drive mechanism and fertilising chain-drive mechanism, described one
Level chain-drive mechanism includes drive sprocket one (9-1), driven sprocket one (9-2) and chain one (9-3), described two-stage chain driver
Structure includes drive sprocket two (9-4), driven sprocket two (9-5), chain two (9-6) and two tensioning wheels one (9-7), described applies
Fertile drive mechanism includes drive sprocket three (9-8), driven sprocket three (9-9), chain three (9-10) and two tensioning wheel two (9-
11), on the wheel shaft of described drive sprocket one (9-1) fixing suit drive (5), described driven sprocket one (9-2) and drive chain
Wheel two (9-4) are coaxially disposed, and are connected with frame (2) rotation, and described drive sprocket one (9-1) is led to driven sprocket one (9-2)
Cross chain one (9-3) to be in transmission connection, drive sprocket two (9-4) and driven sprocket two (9-5) pass through chain two (9-6) transmission even
Connect, described chain two (9-6) is by rotating two tensioning wheels one (9-7) tensioning being connected, described driven sprocket with frame (2)
Two (9-5) are coaxially disposed with drive sprocket three (9-8), and driven sprocket two (9-5) and one of two fertilizer box (4) fertilizer box
(4) rotate and connect, described driven sprocket three (9-9) is fixedly set in the fertilizer expelling shaft of one of two fertilizer box (4) fertilizer box (4)
On, described drive sprocket three (9-8) and driven sprocket three (9-9) are in transmission connection by chain three (9-10), described chain three (9-
10) by rotating, with one of two fertilizer box (4) fertilizer box (4), two tensioning wheels two (9-11) tensioning being connected.
4. according to claim 1 with molding device and the cultivator-fertilizer that drip irrigation belting can be laid it is characterised in that:
The quantity of described subsoiling device (3) is five, and five subsoiling devices (3) are deep soil loosing shovel.
5. according to claim 1 with molding device and the cultivator-fertilizer that drip irrigation belting can be laid it is characterised in that:
The quantity of described ridger (6) is five, and five ridgers (6) are ridging ploughshare.
6., according to according to claim 1 and 2 with molding device with the cultivator-fertilizer that can lay drip irrigation belting, it is special
Levy and be: multiple v font grooves (5-1), multiple v font groove (5- are along the circumferential direction machined with the outer rim of described drive (5)
1) shapes and sizes all same, and the two side setting different in size of each v font groove (5-1), on the outer rim of drive (5)
It is fixedly connected with strip plate one (5-2), each described strip plate one (5-2) all edges between two often adjacent v font grooves (5-1)
The bending setting of drive axial direction, the short side-walls of each v font groove (5-1) are fixedly connected with strip plate two (5-3), each
Described strip plate two (5-3) all bends and is welded to form t shape gear with corresponding strip plate one (5-2).
7. according to according to claim 1 with molding device with the cultivator-fertilizer that drip irrigation belting can be laid, its feature
It is: described molding device (12) includes cover plate (12-5), installing rack (12-6), two connecting plates (12-15), two threaded adjustment
Bar (12-13), multiple molding device structural member (12-1) and multiple ploughshare piece, the plurality of ploughshare piece is multiple left ploughshare piece (12- respectively
8) and multiple right ploughshare piece (12-9), described left ploughshare piece (12-8) is identical with the quantity of right ploughshare piece (12-9), the plurality of molding device
Structural member (12-1) along the width spaced set of installing rack (12-6), multiple molding device structural members (12-1) all with install
The front beam (12-10) of frame (12-6) is fixedly connected with rear cross beam (12-11), described cover plate (12-5) and multiple molding device structures
The front beam (12-10) of part (12-1) and installing rack (12-6) and rear cross beam (12-11) are detachably fixed connection, described installation
The rear cross beam (12-11) of frame (12-6) is respectively hinged with the rear end of a molding device strainer (11) near left and right two ends, described
The upper end of the end plate of molding device adjustment seat (7) is posteriorly obliquely installed, by upper on the end plate of two molding device adjustment seats (7)
To having multiple through holes, the front end of each molding device strainer (11) passes through the one of logical of molding device adjustment seat (7)
Hole, described two molding device adjustment seats (7) are all detachably fixed with frame (2) and are connected, the plurality of molding device structural member (12-
1) in, the molding device structural member (12-1) positioned at left side is detachably fixed with a right ploughshare piece (12-9) and is connected, multiple molding devices knots
In component (12-1), the molding device structural member (12-1) positioned at right side is detachably fixed with a left ploughshare piece (12-8) and is connected, multiple
In molding device structural member (12-1) remaining molding device structural member (12-1) respectively with a left ploughshare piece (12-8) and a right ploughshare
Piece (12-9) is detachably fixed connection, and each left ploughshare piece (12-8) is symmetrical arranged with adjacent right ploughshare piece (12-9), described cover plate
(12-5) rear portion and each ploughshare piece opposite position are provided with one group of connecting hole, the line of centres of connecting hole described in every group with
The incline direction of corresponding ploughshare piece is identical, installing rack (12-6) be each side tiltedly installed with a threaded adjustment bar
(12-13), connecting plate (12-15) is passed through in the upper end of each described threaded adjustment bar (12-13) and the side plate of cover plate (12-5) can
Dismounting is fixedly connected, and the lower end of each threaded adjustment bar (12-13) is removable with described installing rack (12-6) both sides beam (12-2)
Unload and be fixedly connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620926622.1U CN205902350U (en) | 2016-08-23 | 2016-08-23 | Intertillage fertilizer distributor with former with can lay drip irrigation zone device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620926622.1U CN205902350U (en) | 2016-08-23 | 2016-08-23 | Intertillage fertilizer distributor with former with can lay drip irrigation zone device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205902350U true CN205902350U (en) | 2017-01-25 |
Family
ID=57801563
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
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| CN201620926622.1U Active CN205902350U (en) | 2016-08-23 | 2016-08-23 | Intertillage fertilizer distributor with former with can lay drip irrigation zone device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107318314A (en) * | 2017-08-24 | 2017-11-07 | 青岛理工大学 | Essence amount seed manure is same to grant the integrated intelligent agricultural machinery equipment of shallow embedding drip irrigation pipe laying |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107318314A (en) * | 2017-08-24 | 2017-11-07 | 青岛理工大学 | Essence amount seed manure is same to grant the integrated intelligent agricultural machinery equipment of shallow embedding drip irrigation pipe laying |
| CN107318314B (en) * | 2017-08-24 | 2023-08-04 | 青岛理工大学 | Intelligent agricultural machinery integrated with precise seed and fertilizer application and shallow drip irrigation pipe laying |
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